Hyperlocal Community Media Audiences: An Ethnographic Study of Local Media Spaces and Their Place in Everyday Life

Hyperlocal media is a form of online, alternative community media created by citizens to service their locality. To date, much of the scholarly work in this area has focused on editorial practice, non-UK contexts, or frames these practices as response to receding mainstream local journalism and concerns of civic engagement. In this study I take a different approach, exploring instead the everyday, functional and social contexts which are established in the audience’s highly participatory use of hyperlocal Facebook Pages. I conceptualise such spaces as fields which are integrated both in the individual user’s media ideology, but also amongst a wider sense of overlapping fields of local information and socialites, both online and offline. This work emerges from ethnographic studies of two hyperlocal communities in the West Midlands, in which information was gathered through participant observation, interview, and via an innovative Community Panel approach. I argue that Facebook Pages play a key role for many people in engaging with their neighbourhoods, but not exclusively so, as I demonstrate their place amongst other sources of information and social life. The Pages benefit from being mediated by their editors to create online spaces that welcome participation partly shaped by the audience’s engagement and contribution, thus creating alternative streams of local information that challenge agendas set out by mainstream media. These become integrated into the everyday practices of the audience, therefore, care must be taken to recognise to what extent the broader experience of the neighbourhood is represented in such online practices, and I argue that certain narratives and discourses of the locality are contributed to and constructed online, and not always helpfully so, as in depictions of crime. Where the audience might challenge such depictions, and hold authority to account (the police, for example), this public sphere ideal is not typically acted through. Whilst this does not bode well for the literature’s hopes for political or civic engagement, this thesis demonstrates that audiences develop such spaces in their own vision, to enact and share a capital of local knowledge and information, sometimes innovating in their own ways using mobile technologies in order to do so. This thesis concludes by saying that such online spaces demonstrate the role of media technologies in everyday life, and the extent to which they are perpetuated and maintained by practitioners and their increasingly capable and enabled audiences

Project Zeus: Design of a Broadband Network and its Application on a University Campus

This proposal outlines a plan for the design, deployment, and operation of the high speed campus network at Washington University based on fast packet switching technology that has been developed here during the last several years. This new network will support ubiquitous multimedia workstations with high-resolution graphics and video capabilities, opening a wide range of new applications in research and education. It will support aggregate throughputs of hundreds of gigabits per second and will be designed to support port interfaces at up to 2.4 Gb/s. Initial implementations will emphasize 155 Mb/s port rates, with higher rates introduced as the demand arises and as economic permits. WE propose to move this technology quickly into an operational setting where the objectives of network use and network research can be pursued concurrently

Project Zeus: Design of a Broadband Network and its Application on a University Campus

This is a report of the results of the initial step in a plan for the design, deployment and operation of a high speed campus network at Washington University. The network is based on ATM switching technology that has been developed here during the last several years. This network will support ubiquitous multimedia workstations with high-resolution graphics and video capabilities, open up a wide range of new applications in research and education. It will support aggregate throughputs of hundreds of gigabits per second and will be designed to support port of 100 MB/s is now in operation. The next phase of network implementation will operate at 155 Mb/s port rates, with higher rates introduced as the demand arises and as economics permits. We propose to move this technology quickly into a production setting where the objectives of network use and network research can be pursued concurrently

Considerations for partnering with Ryan White Case Managers to create equitable opportunities for people with HIV to participate in research

Many research studies focus on recruitment from one or few HIV clinics or internet-engaged populations, but this may result in inequitable representation of people with HIV (PWH), across the rural/urban/suburban continuum. Ryan White Case Managers (RWCM) meet regularly with PWH, potentially positioning them as partners in gathering research-related data from diverse groups of low-income, marginalized, PWH. Yet, data collection in partnership with RWCM, particularly over large geographic areas, has been under-explored. We partnered with RWCM and their organizations throughout Florida to administer a 10-item technology use and willingness survey to clients living with HIV; RWCMs provided process-oriented feedback. Among 382 approached RWCM, 71% completed human subjects and survey administration training; 48% gathered data on 10 predetermined survey administration days; and 68% administered at least one survey during the entire period for survey administration. Altogether, 1,268 client surveys were completed, 2.7% by rural participants. Stigma, privacy concerns, and disinterest reportedly inhibited client participation; competing obligations, policies, and narrow recruitment windows prevented some RWCM from offering the survey to clients. Research should further explore strategies and best practices to ensure equitable access to participate in research among PWH

The value of UK hyperlocal community news

The public interest value of news is often viewed through the prism of its relationship to democracy. In this respect news should act as: a source of accurate and plural information for citizens; a watchdog on elites; a mediator and/or representative of communities; and as an advocate of the public in campaigning terms. All of these roles are under pressure in the United Kingdom’s commercial local news sector. This has led many to speculate, often without evidence, that the output of a new generation of (mainly online) hyperlocal citizen news producers might (at least partially) play some of these roles. To test this assumption, we completed 34 semi-structured interviews with producers, the largest content analysis to date of UK hyperlocal news content (1941 posts on 313 sites), and the largest ever survey of UK community news practitioners (183 responses). We found that these sites produce a good deal of news about community activities, local politics, civic life and local business. Official news sources get a strong platform, but the public (local citizens, community groups) get more of a say than in much mainstream local news. Although there was little balanced coverage in the traditional sense, many community journalists have developed alternative strategies to foster and inform plural debate around contentious local issues. The majority of hyperlocal news producers cover community campaigns and a significant minority have initiated their own. We also found that critical public-interest investigations are carried out by a (surprisingly) large number of community news producers

The use of microscopy and three-dimensional visualization to evaluate the structure of microbial biofilms cultivated in the Calgary Biofilm Device

Microbes frequently live within multicellular, solid surface-attached assemblages termed biofilms. These microbial communities have architectural features that contribute to population heterogeneity and consequently to emergent cell functions. Therefore, three-dimensional (3D) features of biofilm structure are important for understanding the physiology and ecology of these microbial systems. This paper details several protocols for scanning electron microscopy and confocal laser scanning microscopy (CLSM) of biofilms grown on polystyrene pegs in the Calgary Biofilm Device (CBD). Furthermore, a procedure is described for image processing of CLSM data stacks using amira(™), a virtual reality tool, to create surface and/or volume rendered 3D visualizations of biofilm microorganisms. The combination of microscopy with microbial cultivation in the CBD – an apparatus that was designed for high-throughput susceptibility testing – allows for structure-function analysis of biofilms under multivariate growth and exposure conditions